The course takes place in room 1020/1030 of the AIB building.

From the laws of nature to digital twins: Learn how to simulate real-world physical processes on a computer and drive technological innovation through targeted optimization. Whether it’s more efficient aerospace, state-of-the-art manufacturing technology or innovative materials—you’ll develop the solutions to the challenges of our time.

Experts in physics-based simulations are in extremely high demand in the high-tech industry. With this skill set, you’ll gain a decisive edge in the job market and become a sought-after specialist for the innovations of tomorrow.

Key content:

• Fundamentals of heat transfer and solid mechanics with regard to numerical simulation; coupled thermo-mechanical problems
• Material properties and behavior of materials under complex thermo-mechanical process conditions; mechanisms of residual stresses and distortion; mechanisms of crack formation
• Overview of the use of physics-based simulation for the development and optimization of innovative production processes in modern industries: forming and shaping processes, cutting and joining processes, laser material processing, and 3D printing; digital twins, process and material models
• Individual project work on the practical application of FEM simulation to solve a complex, industry-relevant problem.

The course takes place in room 1020/1030 of the AIB building.

22.04.2026 / 09:00 - 10:00 h / Introduction / room U2110
20.05.2026 / 09:00 - 15:00 h / First Lab Day / room numbers will be provided by tutors
24.06.2026 / 09:00 - 15:00 h / Second Lab Day / room numbers will be provided by tutors

times by arrangement

times by arrangement
first meeting together with the participants of the lecture "Lasers and Optical Metrology".

times by arrangement

The lecture takes place at:
Fraunhofer MEVIS, Max-von-Laue-Str.2, Raum 3.08 (Rosalyn Yalow)

times by arrangement

Die Ringvorlesung "Fascination Space - On the scientific and practical use of astronautics" informiert über spannende wissenschaftliche Fragestellungen im Bereich der Raumfahrt, für das tägliche Leben wichtige und unverzichtbare praktische Anwendungen der Raumfahrt, an die Grenzen gehende technologische Herausforderungen sowie über vergangene, geplante und laufende Raumfahrtmissionen. Lehrende der Universität Bremen und kooperierender Institute sowie Vertreter regionaler Industrieunternehmen bringen den Studierenden und allen interessierten MitarbeiterInnen der Universität Bremen Raumfahrt in Forschung und Anwendung in allgemeinverständlicher Form in Vorlesungen und ausführlichen Diskussionen nahe.
**
This seminar series intends to convey exciting aerospace research questions on a more general level and to allow discussions between experts and audience. Professionals from academia and industry will look into applications from space research, some of which have become vital parts of our everyday life. The technological challenges of astronautics and past, present and future space missions will also be tackled.

times by arrangement

The seminar will take place in room U2110 (NW1).

Our concept:
A very comprehensive model is presented: Very founded observations form the basis. Therefrom, the following has been derived exactly: Adequate coordinates for space navigation have been derived. Space is a stochastic average of indivisible volume portions. Their dynamics has been derived. Their emergent quantum properties have been deduced, including the quantum postulates and a respective adequate quantum field theory. Emergent gravity, including the bosons of interaction have been derived. These results are summarized.

Competence, skills and expertise:
We derive our results explicitly. So, each student can derive all results on her or his own. This improves competence, confidence and self – esteem. At the end of this lecture, the students can explain how the basic present – day fundamental physical theories can be unified, generalized and derived from very few and very founded observations. Therefore, the topic has a high predictive power, so a Short Research Project can be chosen instead of the Seminar Presentation.

Content:
The above concepts, methods of testing and the corresponding observations constitute the content of the course.